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Molecular and Cell Biology 130 - Spring 2009

by: Randy W SCHEKMAN; Kunxin LUO; David G. DRUBIN

Publication date: 2009-05-08

Usage: Attribution-Noncommercial-No Derivative Works 3.0

Topics: UC Berkeley, Berkeley, Cal, webcast.berkeley, iTunes U, Biology, Science, Education, course, Molecular And Cell Biology 130, MCELLBI 130, Spring 2009, Cell Biology

Publisher: University of California, Berkeley

Language: English

MCELLBI 130 LEC 001 Sp09

Cell Biology

Notes

Audio counterpart of this video item: ucberkeley_webcast_itunesu_354820429.

The license is derived from RSS keywords.

itunes.json and itunes.rss are the original metadata files. See the Archive Team page for more information about the archiving effort.

Addeddate: 2018-02-08 04:36:39

Identifier: ucberkeley_webcast_itunesu_354820424

Itunes_copyright: Copyright UC Regents 2009

Itunes_id: 354820424

Itunes_name: Molecular and Cell Biology 130, 001|Spring 2009|UC Berkeley

Itunes_url: https://itunes.apple.com/us/itunes-u/molecular-and-cell-biology-130-001-spring-2009-uc-berkeley/id354820424?mt=10

Rss_title: Molecular and Cell Biology 130, 001|Spring 2009|UC Berkeley

Rss_url: https://deimos.apple.com/WebObjects/Core.woa/GetRSS/berkeley.edu-dz.3302322917.03302322919?U=http%3A%2F%2Fwbe-itunes.berkeley.edu%2Fmedia%2Fcommon%2Frss%2Fmolecular_and_cell_biology_130_Spring_2009_Video__itunes.rss

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ITEM IMAGE

ITEM TILE

MPEG4

125.7M

Lecture 1: Membrane Structure: Lipids

126.4M

Lecture 2: Membrane Structure: Proteins

125.3M

Lecture 3: Membrane Structure: Dynamics

124.8M

Lecture 4: Membrane Transport: Permeases and Channels

124.8M

Lecture 5: Membrane Transport: Nucleocytoplasmic Exchange

127.0M

Lecture 6: Membrane Assembly: Signal Hypothesis

124.3M

Lecture 7: Membrane Assembly: Mechanism

98.9M

Lecture 8: Membrane Assembly: Topology

120.1M

Lecture 9: Cholesterol Regulation

127.0M

Lecture 9: Cholesterol Regulation

126.9M

Lecture 10: Membrane Vesicular Transport

124.3M

Lecture 11: Lysosomal Protein Transport

128.6M

Lecture 12: Action Potential

127.6M

Lecture 13: Synaptic Transmission

104.0M

Lecture 14: Membrane Fusion

126.8M

Lecture 16: Visualizing cells: principles of microscopy

122.3M

Lecture 17: Actin filaments: structural and dynamic properties

124.2M

Lecture 18: Actin-binding proteins and cell migration

120.8M

Lecture 19: Actin and myosin in skeletal muscle contraction

126.4M

Lecture 20: Regulation of contraction in muscle and nonmuscle cells

125.5M

Lecture 21: Cell Adhesion, motility and division

94.2M

Lecture 22: Intermediate filaments and septins

124.0M

Lecture 23: Microtubules: structure and dynamic properties

123.2M

Lecture 24: Regulation of microtubule organization and motility

121.9M

Lecture 25: Nuclear and chromatin structure

123.2M

Lecture 26: Mitosis and cell division

124.0M

Lecture 27: Mitotic spindle assembly and function

82.2M

Lecture 28: Meiosis

118.4M

Lecture 30: Cell communication: ligand and receptors

119.3M

Lecture 31: Receptors

110.7M

Lecture 32: G-protein coupled receptor signaling I

119.3M

Lecture 33: G-protein coupled receptor signaling II

120.6M

Lecture 34: Receptor tyrosine kinase signaling

98.4M

Lecture 35: The Ras-MAP kinase pathway

131.3M

Lecture 36: Regulation of cell growth

87.8M

Lecture 37: The cell cycle I

120.1M

Lecture 38: The cell cycle II

116.3M

Lecture 39: The cell cycle III

117.5M

Lecture 40: Checkkpoints

120.1M

Lecture 41: Apoptosis

124.4M

Lecture 42: Cancer

92.2M

Lecture 43: Cancer - Review

212.0M

Lecture 1: Membrane Structure: Lipids

214.3M

Lecture 2: Membrane Structure: Proteins

212.6M

Lecture 3: Membrane Structure: Dynamics

211.4M

Lecture 4: Membrane Transport: Permeases and Channels

211.6M

Lecture 5: Membrane Transport: Nucleocytoplasmic Exchange

214.3M

Lecture 6: Membrane Assembly: Signal Hypothesis

210.9M

Lecture 7: Membrane Assembly: Mechanism

166.6M

Lecture 8: Membrane Assembly: Topology

191.4M

Lecture 9: Cholesterol Regulation

211.9M

Lecture 9: Cholesterol Regulation

213.5M

Lecture 10: Membrane Vesicular Transport

210.1M

Lecture 11: Lysosomal Protein Transport

215.5M

Lecture 12: Action Potential

212.9M

Lecture 13: Synaptic Transmission

173.3M

Lecture 14: Membrane Fusion

215.0M

Lecture 16: Visualizing cells: principles of microscopy

206.1M

Lecture 17: Actin filaments: structural and dynamic properties

209.2M

Lecture 18: Actin-binding proteins and cell migration

202.3M

Lecture 19: Actin and myosin in skeletal muscle contraction

213.4M

Lecture 20: Regulation of contraction in muscle and nonmuscle cells

211.1M

Lecture 21: Cell Adhesion, motility and division

158.7M

Lecture 22: Intermediate filaments and septins

208.3M

Lecture 23: Microtubules: structure and dynamic properties

206.9M

Lecture 24: Regulation of microtubule organization and motility

205.4M

Lecture 25: Nuclear and chromatin structure

206.7M

Lecture 26: Mitosis and cell division

208.0M

Lecture 27: Mitotic spindle assembly and function

137.1M

Lecture 28: Meiosis

196.5M

Lecture 30: Cell communication: ligand and receptors

191.2M

Lecture 31: Receptors

184.1M

Lecture 32: G-protein coupled receptor signaling I

199.6M

Lecture 33: G-protein coupled receptor signaling II

201.7M

Lecture 34: Receptor tyrosine kinase signaling

166.3M

Lecture 35: The Ras-MAP kinase pathway

218.9M

Lecture 36: Regulation of cell growth

144.0M

Lecture 37: The cell cycle I

198.5M

Lecture 38: The cell cycle II

191.0M

Lecture 39: The cell cycle III

179.2M

Lecture 40: Checkkpoints

200.5M

Lecture 41: Apoptosis

208.1M

Lecture 42: Cancer

145.2M

Lecture 43: Cancer - Review

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